In addition, using a centrifugal barrel finishing machine increases consistency in quality. Handwork at best yields an 80% acceptance rate, but with a centrifugal barrel finisher you can achieve much higher rates of acceptance. In addition, the surface finish after centrifugal part tumbling is isotropic and consistent in all directions, unlike hand polishing.
There are four options for working heads. Our machines can be customized with a range of rotating brushes and abrasive belts.
Polishing is usually a dry process with ground-up corncob used as media. The compound embedded in the polishing agent is included. Also, dry processing can be made with ground-up walnutshells.
We have a wide range of dry metal machines that can be used for various purposes, such as graining, deburring and finishing, oxide removal or dimensioning, edge radiusing and grinding. We offer both dry and wet metal machine options depending on the type of material that needs to be processed. Dry machines are recommended for grinding because they have lower levels of grit, and coarser grit in environments that don't require high temperatures.
The FC 10 has a variety of performance-enhancing options. The corner stapler attachment has the ability to staple up to 10 sheets simultaneously. The heavy-duty base is mounted on casters for easy mobility. Underwriters Laboratories of the US and Canada has certified the FC 10
You can update your plant or fulfill your manufacturing processes needs using our cleaning and finishing equipment. It is a great product with outstanding quality, durability and safety.
We're able to help you locate the machine that will fit your needs, whether it is compact machines to finish smaller deburring projects, or large, heavy-duty models that can handle multiple shifts and facilitate large production.
A centrifugal barrel tumbler for parts can cut down on the amount of hand work involved in deburring and polishing by hand by 95%. This decrease in hand sorting greatly increases production, and the return on investment. A centrifugal barrel finishing machine reduces the amount of time and effort required to inspect each part and remove any imperfections.
A variety of applications can be achieved with our dry metal machines, including grinding, graining or deburring, finishing, removing oxide, dimensioning, radiusing edges, and dimensioning. We offer both wet and dry machine configurations depending on the materials being processed. Because of the lower levels and coarser grit required for grinding, we recommend dry machines.
Two major problems faced by a medical device manufacturer when developing a citric-passivation solution was the manufacturing process. After cleaning the parts, the water-break test had to be performed before passivating. The manufacturer could not use fully automated passivation. For quality control purposes, the system needed data tracking. Semi-Automated [...]
Tumbler media is an abrasive that's used in mass finishing to remove the burrs from a metal surface. Tumbler media can come in many forms.
The media that is darker than the rest will cut faster. If the plastic media is extremely dark, it will likely be cut faster with a stronger abrasive. For mildly abrasive mass finish, mild-cutting is more common for lighter-colored media.
Our machines offer a longer lasting life span, lower cost, and less frequent maintenance.
We have clients that rely on our metalworking machinery in many industries including:
Metal finishing aids in the reduction of wear and tear on metallic products. Aside from aesthetics, it has a wide range of industrial applications. It helps to improve electrical conductivity, torque resistance, and metal solderability, among other things.
Finishing operations, also known as finishing manufacturing, occur at the end of the manufacturing process, after the part has been formed and secondary processes have been completed.
Metal finishing is the process of altering an object's surface in order to improve its appearance and/or durability. Metal finishing is related to electroplating, which is the electrodeposition of a thin surface coating of metal onto another.